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Methods and apparatus for predicting convergence of a transversal waveform relaxation algorithm

机译:预测横向波形松弛算法收敛的方法和装置

摘要

Methods and apparatus are provided for predicting the number of iterations needed for a computed Transversal Waveform Relaxation solution to achieve a given level of accuracy. In this manner, a Transversal Waveform Relaxation algorithm is disclosed that provides full automation. According to one aspect of the invention, a circuit is analyzed having transmission lines. One or more transmission line parameters of the circuit are obtained, as well as the intrinsic behavior, E(ω), and strength of coupling, N(ω), of each of the transmission lines. In addition, a relative error bound is obtained for the circuit based on the intrinsic behavior, E(ω), and strength of coupling, N(ω), of the transmission lines and a predefined error threshold. The process then iterates until the relative error bound satisfies the error threshold.
机译:提供了用于预测计算的横向波形弛豫解决方案以达到给定的精度水平所需的迭代次数的方法和装置。以这种方式,公开了提供完全自动化的横向波形松弛算法。根据本发明的一个方面,分析了一种具有传输线的电路。获得电路的一个或多个传输线参数,以及每条传输线的固有特性E(ω)和耦合强度N(ω)。此外,基于传输线的固有特性E(ω)和耦合强度N(ω)和预定义的误差阈值,可以为电路获得相对误差范围。然后,该过程进行迭代,直到相对误差范围满足误差阈值为止。

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